Which cage design is effective for protecting patients from predators?

Which cage design is effective for protecting patients from predators?

• A. Double wired cage
• B. Single layer wire cage
• C. Chicken wire cage
• D. Open wooden crate

Answer: (A)

Protecting patients from predators relies on building a barrier that a predator cannot defeat. A double wired cage provides two independent layers of protection: an outer fixed cage and an inner enclosure, with space between them. If a predator can’t breach the outer layer, the inner mesh still safeguards the animal, and the mesh is often hardware cloth with small openings that predators can’t manipulate. This two-layer design makes it much harder for claws or teeth to reach the patient and reduces escape or injury risk, giving the rehabber time to respond. A single layer can be penetrated by a determined predator, so it offers far less protection. Chicken wire has large gaps that predators can reach through or pry apart. An open wooden crate provides little to no barrier and can be easily breached, leaving the patient vulnerable.

Protecting patients from predators relies on building a barrier that a predator cannot defeat. A double wired cage provides two independent layers of protection: an outer fixed cage and an inner enclosure, with space between them. If a predator can’t breach the outer layer, the inner mesh still safeguards the animal, and the mesh is often hardware cloth with small openings that predators can’t manipulate. This two-layer design makes it much harder for claws or teeth to reach the patient and reduces escape or injury risk, giving the rehabber time to respond.

A single layer can be penetrated by a determined predator, so it offers far less protection. Chicken wire has large gaps that predators can reach through or pry apart. An open wooden crate provides little to no barrier and can be easily breached, leaving the patient vulnerable.